29. Januar 2019

Studentische Arbeit: Data-driven approach for heat transfer prediction from a Thermosiphon system (english version only)

Aim:

The aim of this thesis is to develop machine learning based model for the heat transfer prediction of a Thermosiphon system.

 

Description:

Passive, self-sustaining heat removal systems can be applied in spent fuel pools as a redundant, inherently safe heat removal system. Within the scope of this research project, experimental investigations are performed to characterize the heat transfer behavior of long heat pipes and thermosiphons and a comprehensive experimental database is generated. As an innovative approach, we plan to develop and extend machine learning based alogorithms, which will be purely data-driven. The work will mainly emphasize on the application of deep neural network (DNN) using the TensorFlow library. It is also planned to do a comparison between commonly used correlations and DNN.

 

Requirements:

  • Basic knowledge thermo-fluid dynamics.
  • Nice to have: Basic knowledge of Pyhton, machine learning and data processing.

 

Start: As soon as possible

More details are available here.

M.Tech.

Sandeep Pandey

Doktorand

M. Eng.

Claudia Graß

Wissenschaftliche Mitarbeiterin / Doktorandin

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